Dentists remove tartar by physically scraping or vibrating it off your teeth using specialized instruments, then polishing the surface smooth so new buildup is slower to return. The process is straightforward but requires professional tools because tartar is roughly 77% mineral, mostly the same calcium and phosphate crystals found in bone. Once plaque hardens into that mineralized shell, no amount of brushing at home can break it loose.
Why Brushing Can’t Remove Tartar
Tartar starts as soft, sticky plaque, a film of bacteria that forms on your teeth within hours of eating. If plaque sits undisturbed for about 24 to 72 hours, minerals from your saliva begin crystallizing inside it. The result is calculus: a rock-hard deposit cemented directly to your enamel or root surface. Its mineral content is dominated by hydroxyapatite and other calcium phosphate crystals, the same compounds that make teeth and bone rigid. A toothbrush simply cannot generate enough force to chip away a substance that hard without also damaging your enamel. That’s why professional removal is the only safe option.
Hand Scaling: Scraping Tartar by Hand
The most traditional method uses small, precisely shaped metal instruments called scalers and curettes. Your hygienist or dentist selects different instruments depending on where the tartar sits and how deep it extends.
Scalers have pointed tips and a triangular cross-section. They’re designed for visible tartar above the gumline, where the clinician can see and access the deposit directly. The sharp edge catches the tartar’s edge and chips it away from the tooth surface with controlled, firm strokes.
Curettes are the workhorse for tartar below the gumline. They have a rounded back and toe so they can slide between the gum tissue and the tooth root without cutting soft tissue. Some curettes are “universal,” meaning they work on any tooth surface, while others are area-specific, shaped to fit the curves of particular teeth. For deep gum pockets greater than 5 millimeters, clinicians use modified versions with longer, thinner tips that can reach further beneath the tissue. Even narrower “mini” curettes exist for tight spaces between roots or around dental implants.
During hand scaling, the clinician relies heavily on touch. They can feel the rough, gritty texture of tartar through the instrument and know they’ve reached clean tooth structure when the surface feels glassy and smooth. This tactile feedback is one reason hand instruments remain essential even as technology advances.
Ultrasonic Scaling: Vibrating Tartar Loose
Most dental offices now use ultrasonic scalers either alongside or instead of hand instruments for the bulk of tartar removal. These devices work by vibrating a metal tip at frequencies between 25,000 and 30,000 cycles per second. The rapid vibration chips calculus off the tooth surface on contact, breaking it into fragments far faster than hand scraping alone.
A constant stream of water flows over the vibrating tip during the procedure. This serves two purposes. First, it cools the tip and the tooth to prevent heat damage. Second, the ultrasonic vibrations create tiny implosions in the water, a phenomenon called cavitation. These microscopic shock waves disrupt bacterial deposits and flush debris out of gum pockets. A related effect called acoustic microstreaming generates shear forces in the water that help dislodge stubborn buildup even in spots the tip doesn’t directly touch.
For patients, ultrasonic scaling feels like a buzzing sensation against the teeth combined with a steady spray of water. It’s generally faster and often more comfortable than extensive hand scaling, though your hygienist will typically switch to hand curettes for fine detail work or hard-to-reach areas where precision matters more than speed.
Root Planing: Smoothing Below the Gumline
If tartar has migrated significantly below your gumline, a standard cleaning isn’t enough. The procedure upgrades to what’s called scaling and root planing, often referred to as a “deep cleaning.” Your dentist will numb the area with local anesthesia before starting.
The scaling portion removes all the calculus from the tooth surfaces and root areas beneath the gum tissue. Root planing is the second step: the clinician uses curettes to smooth the root surface itself. Tooth roots have a thin outer layer called cementum, and when tartar has been attached to it for a long time, the cementum becomes rough, contaminated, and embedded with bacterial toxins. Planing shaves away that damaged layer, leaving a clean, smooth surface.
This smoothness matters because rough root surfaces act like Velcro for new bacteria and plaque. A planed root gives your gum tissue the best chance of reattaching tightly to the tooth as it heals, shrinking the pocket depth over time. Deep cleanings are usually done one quadrant of the mouth at a time, sometimes two quadrants per visit, depending on how extensive the buildup is.
Polishing: The Finishing Step
After all tartar is removed, the hygienist polishes your teeth using a slow-spinning rubber cup loaded with a gritty prophylaxis paste. This paste contains fine abrasive particles that buff away residual staining and any thin film of bacterial buildup the scaling instruments left behind. The abrasive level varies: coarser pastes tackle heavier stains, while finer formulations are used around restorations or sensitive areas.
Some modern polishing pastes contain calcium phosphate compounds that do more than clean. They can fill in microscopic pits on the enamel surface and even block exposed channels in the tooth that contribute to sensitivity. The polishing step takes just a few minutes but leaves your teeth noticeably slick. That smoothness isn’t just cosmetic. A polished surface is harder for new plaque to grip, giving you a head start on keeping your teeth clean between visits.
What Recovery Feels Like
After a routine cleaning, most people notice their teeth feel unusually smooth and slippery to the tongue. You may also experience some sensitivity to hot and cold foods for a day or two. With the tartar barrier gone, areas of enamel or exposed root that were previously insulated are now in direct contact with your mouth, and they need a brief adjustment period. This sensitivity typically resolves within 24 to 72 hours.
If you had a deep cleaning, expect more noticeable soreness. Gums that were inflamed and surrounded by tartar will feel tender, and you might see minor bleeding when you brush or floss for the first day or two. As healing progresses over the following week, many people notice their gums feel tighter and firmer around their teeth, a sign that inflammation is subsiding and the tissue is beginning to recover. The first 48 hours are the most important window for gentle care: stick to soft foods if you’re sore, avoid very hot or cold drinks, and brush gently but consistently.
How Often You Need Tartar Removed
There’s no single magic number. While twice-yearly cleanings have been the standard recommendation for decades, the American Dental Association’s position is that the ideal interval should be tailored to your individual risk. Some people build tartar quickly due to their saliva chemistry, diet, or difficulty reaching certain spots with a toothbrush, and they benefit from cleanings every three to four months. Others with minimal buildup and healthy gums can safely stretch to once a year.
Your dentist or hygienist will assess how much tartar accumulated since your last visit, whether your gums show signs of disease, and how well your home care routine is working. That assessment determines your recommended schedule. If you’ve been told you need more frequent cleanings, it’s not a sales pitch. It reflects how fast calculus is forming in your specific mouth and how much damage it’s doing to your gum tissue between visits.